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Consider a particle lies in the ground state of 1D box in the region from z = -2L to z = +2L. Find the energy eigen value of the particle for the wavefunction (z) = Acos()- Here, A is normalization constant. Select the correct option: (a) E= 32mL² (b) E = (c) E = (d) E= 16m12 8mL² ²² 64m12

Consider a particle lies in the ground state of 1D box in the region from z = -2L to z = +2L. Find the energy eigen value of the particle for the wavefunction (z) = Acos()- Here, A is normalization constant. Select the correct option: (a) E= 32mL² (b) E = (c) E = (d) E= 16m12 8mL² ²² 64m12

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Consider a particle lies in the ground state of 1D box in the region from z = -2L to z = +2L. Find the energy eigen value of the particle for the wavefunction (z) = Acos()- Here, A is normalization constant. Select the correct option: (a) E= 32mL² (b) E = (c) E = (d) E= 16m12 8mL² ²² 64m12
Transcribed Image Text:Consider a particle lies in the ground state of 1D box in the region from z = -2L to z = +2L. Find the energy eigen value of the particle for the wavefunction (z) = Acos()- Here, A is normalization constant. Select the correct option: (a) E= 32mL² (b) E = (c) E = (d) E= 16m12 8mL² ²² 64m12
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